PSUN: An OFDM Scheme for Coexistence with Pulsed Radar

Seungmo Kim; Jung Min Jerry Park; Kaigui Bian

doi:10.1109/ICCNC.2015.7069480

PSUN: An OFDM Scheme for Coexistence with Pulsed Radar

Seungmo Kim, Jung Min Jerry Park, Kaigui Bian

Electrical & Computer Engineering

Research output: Contribution to book or proceeding › Chapter

3 Scopus citations

Abstract

We propose Precoded SUbcarrier Nulling (PSUN), a transmission strategy for OFDM-based wireless communication networks (SCN, Secondary Communication Networks) that need to coexist with pulsed radar systems. It is a novel null-tone allocation method that effectively mitigates inter-carrier interference (ICI) remaining after pulse blanking (PB). When the power from the radar's pulse interference is high, the SCN Rx needs to employ PB to mitigate the interference power. Although PB is known to be an effective technique for suppressing pulsed interference, it magnifies the effect of ICI in OFDM waveforms, and thus degrades bit error rate (BER) performance. For more reliable performance evaluation, we take into account two characteristics of the incumbent radar significantly affect the performance of SCN: (i) antenna sidelobe and (ii) out-of-band emission. Our results show that PSUN effectively mitigates the impact of ICI remaining after PB.

Original language	American English
Title of host publication	Proceedings of the International Conference on Computing, Networking and Communications
DOIs	https://doi.org/10.1109/ICCNC.2015.7069480
State	Published - Feb 16 2015

Disciplines

Electrical and Computer Engineering
Engineering

Keywords

OFDM
PSUN
Pulsed Radar

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10.1109/ICCNC.2015.7069480License: Unspecified

Cite this

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title = "PSUN: An OFDM Scheme for Coexistence with Pulsed Radar",

abstract = " We propose Precoded SUbcarrier Nulling (PSUN), a transmission strategy for OFDM-based wireless communication networks (SCN, Secondary Communication Networks) that need to coexist with pulsed radar systems. It is a novel null-tone allocation method that effectively mitigates inter-carrier interference (ICI) remaining after pulse blanking (PB). When the power from the radar's pulse interference is high, the SCN Rx needs to employ PB to mitigate the interference power. Although PB is known to be an effective technique for suppressing pulsed interference, it magnifies the effect of ICI in OFDM waveforms, and thus degrades bit error rate (BER) performance. For more reliable performance evaluation, we take into account two characteristics of the incumbent radar significantly affect the performance of SCN: (i) antenna sidelobe and (ii) out-of-band emission. Our results show that PSUN effectively mitigates the impact of ICI remaining after PB.",

keywords = "OFDM, PSUN, Pulsed Radar",

author = "Seungmo Kim and Park, {Jung Min Jerry} and Kaigui Bian",

note = "We propose Precoded SUbcarrier Nulling (PSUN), a transmission strategy for OFDM-based wireless communication networks (SCN, Secondary Communication Network",

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doi = "10.1109/ICCNC.2015.7069480",

language = "American English",

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T1 - PSUN: An OFDM Scheme for Coexistence with Pulsed Radar

AU - Kim, Seungmo

AU - Park, Jung Min Jerry

AU - Bian, Kaigui

N1 - We propose Precoded SUbcarrier Nulling (PSUN), a transmission strategy for OFDM-based wireless communication networks (SCN, Secondary Communication Network

PY - 2015/2/16

Y1 - 2015/2/16

N2 - We propose Precoded SUbcarrier Nulling (PSUN), a transmission strategy for OFDM-based wireless communication networks (SCN, Secondary Communication Networks) that need to coexist with pulsed radar systems. It is a novel null-tone allocation method that effectively mitigates inter-carrier interference (ICI) remaining after pulse blanking (PB). When the power from the radar's pulse interference is high, the SCN Rx needs to employ PB to mitigate the interference power. Although PB is known to be an effective technique for suppressing pulsed interference, it magnifies the effect of ICI in OFDM waveforms, and thus degrades bit error rate (BER) performance. For more reliable performance evaluation, we take into account two characteristics of the incumbent radar significantly affect the performance of SCN: (i) antenna sidelobe and (ii) out-of-band emission. Our results show that PSUN effectively mitigates the impact of ICI remaining after PB.

AB - We propose Precoded SUbcarrier Nulling (PSUN), a transmission strategy for OFDM-based wireless communication networks (SCN, Secondary Communication Networks) that need to coexist with pulsed radar systems. It is a novel null-tone allocation method that effectively mitigates inter-carrier interference (ICI) remaining after pulse blanking (PB). When the power from the radar's pulse interference is high, the SCN Rx needs to employ PB to mitigate the interference power. Although PB is known to be an effective technique for suppressing pulsed interference, it magnifies the effect of ICI in OFDM waveforms, and thus degrades bit error rate (BER) performance. For more reliable performance evaluation, we take into account two characteristics of the incumbent radar significantly affect the performance of SCN: (i) antenna sidelobe and (ii) out-of-band emission. Our results show that PSUN effectively mitigates the impact of ICI remaining after PB.

KW - OFDM

KW - PSUN

KW - Pulsed Radar

UR - https://doi.org/10.1109/ICCNC.2015.7069480

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DO - 10.1109/ICCNC.2015.7069480

M3 - Chapter

BT - Proceedings of the International Conference on Computing, Networking and Communications

ER -

PSUN: An OFDM Scheme for Coexistence with Pulsed Radar

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